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The flask might feel cool to the touch as the reactants absorb heat conducted through the flask from your body. (This assumes that the reaction is happening at temperatures below your body temperature.)
Heat naturally flows from a hot substance to a cool substance. So whatever object you touch is obviously hotter than your hand. It is because of this temperature difference in your hand and the object that causes the flow of heat from the object into your hand. You feel this flow of heat as a burn.
Helium at room temperature is a gas. You can certainly put your hand in a container of helium and touch it although you would not feel anything.
Your body keeps its temperature when you're hot because of sweat. It keeps your body temperature cool even if you feel hot. People who don't sweat have to be really careful when they do anything physical or are in the heat. Some of them even have to wear special cooling suits.
when you feel hot your body sweats to keep cool and regulate your body temperature when your bodies cooled you get goosebumps to regulate your body temperature this are to ways your body regulates
Generally, things that feel cold to touch (in a normal temperature room and no heating applied to them) are good conductors of heat (metals for example). Poor conductors tend to feel neither hot or cold under normal conditions (wood for example).
When Bronze is at room temperature it will feel cool to the touch. However in cold conditins it may freeze your skin on contact, and if heated it may casue serous burns if touched.
Smooth and cool to the touch.
The flask might feel cool to the touch as the reactants absorb heat conducted through the flask from your body. (This assumes that the reaction is happening at temperatures below your body temperature.)
you feel or touch tiny drops of water along with the cool air.
Friction caused the temperature of the recently used drill bit to feel hot to the touch.
Because metals are usually good conductors of heat. When you touch metal at a spot that's cooler than your skin, the bit of heat that flows from your finger to the metal at that spot quickly flows onward to cooler parts of the metal ... leaving that spot still cool, and still taking heat out of your finger. If you waited around until the entire piece of metal warmed to the temperature of your skin, then the metal wouldn't feel cool any longer.
Because they are unable to regulate their own temperature like we can - and feel cold to the touch.
When you put your hand on top of it, it squeezes you hand and you feel like a spider is grabbing your hand and sucking it. It feels cool!
When you activate the cold pack, you start an endothermic (heat-absorbing) process* inside it. This drops the temperature to just above freezing. The immediately surrounding air will cool down by conduction and convection. *The process is typically the dissolution of ammonium nitrate (fertilizer) in water
If the food contains a hot spice, the food will feel very hot in the mouth but not to the touch. Otherwise, it might be a comfortable temperature to the hand but hot to the mouth.
They normally feel neutral; neither hot nor cold. That's because in order to feel temperature, you're sensing the heat transfer. The Shuttle tiles were designed not to transfer any heat. Of course, in the hours after the Shuttle LANDED, they felt plenty hot.